CN105690929A - Multilayer elastic windproof fabric and production method thereof - Google Patents

Multilayer elastic windproof fabric and production method thereof Download PDF

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Publication number
CN105690929A
CN105690929A CN201410683715.1A CN201410683715A CN105690929A CN 105690929 A CN105690929 A CN 105690929A CN 201410683715 A CN201410683715 A CN 201410683715A CN 105690929 A CN105690929 A CN 105690929A
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layer
fabric
laminating
engineering
nexine
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顾梅花
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Toray Fibers and Textiles Research Laboratories China Co Ltd
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Toray Fibers and Textiles Research Laboratories China Co Ltd
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Abstract

The invention discloses a multilayer elastic windproof fabric and a production method thereof. The fabric is a three-layer structure, and the surface layer is a woven fabric formed by cotton/spandex or terylene/cotton/spandex; the middle layer is a polyurethane resin film; the lining layer is a knitted fabric formed by 100% terylene or acrylic fibers/viscose glue; and the surface layer is discontinuously applied to the middle layer, and the middle layer is discontinuously applied to the lining layer. The windproof fabric has superior elasticity, plump and soft handle, high peeling performance, and superior moisture permeability, water pressure resistance, windproof property and warming performance, and is suitable for making elastic trousers worn in winter.

Description

A kind of multilayer elastic windproof fabric and production method thereof
Technical field
The present invention relates to a kind of multilayer elastic windproof fabric and production method thereof, be specifically related to a kind of multilayer elastic windproof fabric and production method thereof being particularly well-suited to make winter trousers。
Background technology
Along with growth in the living standard, when people select winter clothing, not only pursue and hide the warming basic taking of body, new requirement be it is also proposed for snugness of fit, functional and aesthetic property。Cold winter, especially do not have out of doors under air-conditioned environment, common fitted pants are the intrusion of cold current of difficult gear, the wreaking havoc and the invasion and attack of sleet of high wind, the fitted pants designs such as down wadded trousers, folder cotton-padded trousers are arisen at the historic moment, the warm and windproof performance of these fitted pants meets the demand of people to a certain extent, but simultaneously also heavier, and unsightly, being not easy to action, dress has vexed sense。In order to develop the pant fabric in winter solving the problems referred to above, the technical staff of fiber, fabric and garment sector has also put into substantial amounts of research。
Fitted pants product in the market, adopts three-decker to realize warm and windproof property mostly。Such as a kind of Water-proof wind-proof poromeric moisture permeable chemical fibre fabric composite shell fabric disclosed in Chinese patent CN00216185.0, adopt science fabric as outer layer, wind and water preventing moisture-permeable film as intermediate layer, science fabric fabric as internal layer, three layers is combined into one and reaches the features such as water proof wind proof is ventilative, owing to such composite material does not possess elasticity, it is difficult to meet everybody for wearing comfort, motion demand freely;Simultaneously because what adopt is chemical fiber plus material, lack texture and the sense of touch of natural fiber。And for example a kind of water proof wind proof moisture-inhibiting wool fabric composite disclosed in Chinese patent CN00216183.4, to adopt wool fabric be intermediate layer, natural fabric as outer layer, air-moisture-permeable wind and water preventing thin film is internal layer, three layers links into an integrated entity, meet the moisture-inhibiting in the process of taking, moisture absorption, Radix Saposhnikoviae, waterproof and the functional requirement such as warming, solve the defect of composite material surface chemical fibre sense of touch, but still there is elastic not enough, inconvenient problem of moving。For another example a kind of multilamellar windproof fabric and application thereof disclosed in Chinese patent CN201210068578.1, its surface adopts and adopts nonporous polyurethane film, lining layer to be pure wash fluffing fabric containing cotton fabrics, intermediate layer, three layers links into an integrated entity and has reached the function of wind-proof warming, equally exists elastic not enough, inconvenient problem of moving。As the trousers of dress in winter, the particularly trousers of outdoor activity in winter dress, the hope exploitation one that people are urgent is suitable for severe cold, moist, the dress of the special adverse circumstances such as high wind, and in appearance comfortable in attractive in appearance, dress, move freely, there is elastic warm and windproof fabric simultaneously。
Summary of the invention
It is an object of the invention to provide a kind of appearance looks elegant, be easy to motion, there is better elastic multilayer elastic windproof fabric and production method thereof。
The multilayer elastic windproof fabric of the present invention is three-decker, and top layer is cotton/spandex or the stretch woven fabrics of terylene/cotton/spandex formation;Intermediate layer is urethane resin film;Nexine is 100% terylene or the knitted fabric of acrylon/viscose glue formation;The laminating type of top layer and intermediate layer, intermediate layer and nexine is discontinuous laminating mode。
The beneficial effects of the present invention is: the stretch woven fabrics that (1) selects cotton mixed, as top layer, gives the sense of touch of fabric natural fiber and the texture of outward appearance。And by containing spandex in stretch woven fabrics, the percentage elongation containing spandex direction making top layer reaches 25~40%, and elongation recovery percentage reaches 65%~90%, it is ensured that after laminating, the percentage elongation of gained fabric reaches more than 10%, elongation recovery percentage reaches more than 65%, has good appearance;(2) select urethane resin film as intermediate layer, utilize the elasticity of urethane resin film, give the elasticity of gained fabric after fitting。(3) select the knitted fabric that 100% terylene or acrylon/viscose glue are formed as nexine, give the heat insulating ability of gained fabric after fitting。(4) moisture permeability of multilayer elastic windproof fabric is 10000g/m2More than 24h, heat insulating ability clo value are more than 0.70, breathability is 1cm3/cm2?Below s, water pressure resistance is 20000mmH2More than 0;Being more than 600gf/cm through the peel strength of broadwise after washing 24 hours, after ageing-resistant three weeks, the peel strength through broadwise is more than 450gf/cm, and bending stiffness is 0.40gf.cm3/ below cm, the surface layer fabric percentage elongation containing spandex direction is more than 10%, and elongation recovery percentage is more than 65%。Being suitable for making dress in winter trousers, good springiness, appearance style is high-grade, feel is fine and smooth, wears next to the skin soft-touch, warm。
Detailed description of the invention
The multilayer elastic windproof fabric of the present invention, adopts three-decker, i.e. top layer/intermediate layer/nexine composition, and by fitting, processing is composited。Wherein, the stretch woven fabrics of to be the content of spandex be on the top layer cotton/spandex of 3%~10% or the stretch woven fabrics of terylene/cotton/spandex, it is preferable that its elastic aspect, percentage elongation is 25%~40%, elongation recovery percentage is 65%~90%。Here percentage elongation and elongation recovery percentage refer in stretch woven fabrics containing the percentage elongation in spandex direction and elongation recovery percentage。It is known that fiber is had fixation by laminating processing resin used, and three-decker thickness increases, and is all the factor causing fabric integral, flexible to decline。The elasticity of stretch woven fabrics used by top layer is excessive, and the contraction wrinkle that surface shrinkage causes cannot solve;And the elasticity of stretch woven fabrics is too small, 3 laminatings close the elasticity of products obtained therefrom and do not reach requirement。In the present invention containing the percentage elongation in spandex direction be 25%~40%, elongation recovery percentage be 65%~90% time, fabric face is smooth, elastic superior, the words of 40% wherein it are higher than containing the spring rate in spandex direction, likely there will be two kinds of situations, and (1) is the shrink space ensureing fabric, sets relatively low-density, woven fabric is laxer, and protection effect can be affected;(2) being left out the shrink space of fabric, set higher density, gained woven fabric is apparent has very strong contraction to wrinkle, unsightly。It addition, elongation recovery percentage is less than 65%, through External Force Acting or stretching when, surface is likely to occur bubble phenomenon, and after particularly making trousers, knee actuator current amplifier or buttocks there will be the phenomenon that bending does not recover;Owing in top layer, spandex content has reached 3%~10%, in Colour Difference process, could obtaining the elongation recovery percentage more than 90% by high-temperature shaping, but fabric feeling is endured with all one's will simultaneously, soft feeling is not enough。In the present invention, elongation recovery percentage is preferably 75%~85%。
The intermediate layer of the present invention is urethane resin film, it is preferred to 5~25g/m2Polyurethane resin micro-porous film。Adopt micro-porous film in order that ensure three layers laminating after poisture-penetrability。Grammes per square metre is lower than 5g/m2, water readily penetrates through, and the water pressure resistance of windproof fabric is likely to not reach requirement;Although selected film is more thick, its water pressure resistance performance is with windproof more good, but grammes per square metre is more than 25g/m2Words gained windproof fabric relatively thick and heavy, lightweight can be affected。Furthermore, it is contemplated that the elasticity of windproof fabric, the present invention is preferably through broadwise percentage elongation the polyurethane resin micro-porous film of 80%~120%。
When top layer and resin molding are fitted, it is preferred to use discontinuous laminating type。Due to the fixation at position of fitting, the elasticity of top layer woven fabric and resin molding is all on a declining curve, and the position do not fitted can keep the elastic performance of self, gained windproof fabric to have certain free tensile property。That is the area fitted is more little, and top layer is more good with elastically keeping of resin molding, but the area of laminating is too small, and bonding strength and peel strength between top layer and resin molding can be too low;Equally, the area of laminating is excessive, although the combination between top layer and resin molding is more tight, is less susceptible to peel off, but elastic performance can be affected again。The present invention adopts discontinuous point-like laminating type, and fitting area ratio is 60%~99%, it is preferable that 65%~90%。The nexine of the present invention is the knitted fabric that 100% terylene or acrylon/viscose glue is formed, it is preferable that vertically and horizontally percentage elongation is 40%~60%, grammes per square metre is 30~100g/m2Fluffing warp knit or circle compile thing and consider the light weight of windproof fabric, the grammes per square metre of nexine can not be too high, and simultaneously for after ensureing that it is with interlayer film laminating, film is not through lining, and the grammes per square metre of nexine again can not be too low, and therefore in the present invention, nexine is preferably 30~100g/m2, it is contemplated that sense of touch between nexine and skin and the warmth retention property of windproof fabric, nexine is preferably performed fluffing processing。Nexine selects warp knit or round volume thing, mainly considers that it is compared to other fabric shapes, and elasticity is comparatively superior, and in the present invention, warp knit or circle are compiled the preferred vertically and horizontally percentage elongation of thing and be 40%~60%。Same nexine and resin molding are also adopted by discontinuous laminating mode, and fitting area ratio is 60%~99%, it is preferred to 65%~90%。Lining adopts 100% terylene or acrylon/viscose blended yarn, and wherein in acrylon/viscose blended yarn, acrylic fiber itself has thermal property, and viscose glue has again the function of wettability heating, and the warmth retention property obtaining windproof fabric is more superior。Compared with the windproof fabric that nexine is 100% terylene, warming clo value exceeds about 0.05。
The concrete production method of multilayer elastic windproof fabric of the present invention is as follows:
Top layer: select the stretch woven fabrics that cotton/spandex or polyester cotton/spandex are formed。Reach 25%~40% in order to ensure the percentage elongation in spandex direction, elongation recovery percentage reaches 65%~90%, organization design aspect, it is preferred to use as 2/2 twill, 3/1 twill or 5 pieces of satin weaves etc. are organized。Density aspect is in conditions such as satisfied slippage resistances, and meets under the premise of outward appearance, selects relatively low tightness, the preferential employing tightness design lower than 3000。Low-tension is selected in thermal finalization in Colour Difference, and before maintaining, the mode of engineering amount carries out。Additionally for increasing the pliability of fabric, it is contemplated that its surface to be carried out micro-fluffing processing before dyeing, give the velvet that fabric face is certain, increase wearing comfort。Dyeing is not particularly limited。
Intermediate layer: select urethane resin film, it is preferred to through broadwise percentage elongation be 80%~120% and grammes per square metre be 5~25g/m2Polyurethane resin micro-porous film。
Nexine: select the knitted fabric that 100% terylene or acrylon/viscose glue are formed。Be preferably vertically and horizontally percentage elongation be 40%~60% and grammes per square metre be 30~100g/m2Fluffing warp knit or circle compile thing。
Laminating type: top layer and intermediate layer once fit engineering → maturation engineering → nexine and once laminating product carry out secondary laminating engineering → calendering engineering, prepare the present invention windproof fabric。
Wherein in laminating engineering, once laminating and secondary laminating adopt the mode of discontinuous laminating, and adopt point-like laminating, and the fitting area ratio of the treble cloths obtained is 60%~99%, it is preferable that 65%~90%。The adhesive glue of liquid is used to carry out once laminating and secondary laminating during laminating。Due to the present invention, the fabric on surface be cotton/spandex or terylene/cotton/spandex formed stretch woven fabrics, wherein contain cotton short fiber, in implementation process, the filoplume on surface is easily had sticking glue and is adhered on film, formed local filoplume assemble deficient point, be everlasting laminating time, in adhesive glue add mould release, the gathering preventing filoplume is viscous, also improves the elasticity of treble cloths to a certain extent simultaneously。The silicone oil mould release of the added general choice of powder shape of mould release, the consumption of mould release preferably 3~10g/L;Maturation engineering is specially temperature 30~40 degree, when the constant temperature and humidity of humidity 70%, places and processes for 36~48 hours;Finally adopt high temperature calendering, calendering treatment temperature preferably 160~180 degree。
Embodiment
In the present invention, the method for testing of correlated performance is as follows:
(1) percentage elongation and elongation recovery percentage
JISLL1096B method (determines loading method) 2010。
(2) grammes per square metre
According to JISL1096 method 2010。
(4) water pressure resistance
According to JISL1092 method 2009。
(5) moisture permeability
According to JISL1099 method 2012。
(6) peel strength
According to JISL1089 method 2007。
(7) heat insulating ability
KES Fabric Style instrument is adopted to test。
(8) breathability
According to JISL1096 method 2010。
(9) washing resistance
The washing machine adopting JISL10962010 standard to specify, washs 24h continuously。
(10) ageing-resistant
Constant temperature and humidity machine, temperature 70 degree, humidity 90%RH, 3 weeks standing times。
(11) fitting area ratio
A. step 1:
According to JISL10892007 " the peeling strength test method of the fibre " method testing separation strength, three shell fabrics are carried out lift-off processing
B. step 2:
Two pieces of fabrics after the stripping that above step A obtains, one piece is top layer fabric a fabric together with film coalescence, and one piece is nexine b fabric together with film coalescence。
C. step 3:
To a fabric obtained, carry out fitting area than confirming。In unit are (can select 1inch*1inch here), the reverse side of surface layer fabric, the laminating of film is counted and the percentage ratio always counted is fitting area ratio。
(12) bending stiffness
KES Fabric Style instrument is adopted to test。
Below in conjunction with embodiment and comparative example, the invention will be further described。
Embodiment 1
Top layer: 3/1 twill-weave, spandex content are the cotton/spandex latitude bullet woven fabric of 3%, the percentage elongation of this woven fabric broadwise is 25%, elongation recovery percentage is 85%;
Intermediate layer: polyurethane micro-porous film, is 80% through broadwise percentage elongation, grammes per square metre is 15g/;
Nexine: 100% terylene fluffing warp knit thing, vertically and horizontally percentage elongation is 60%, grammes per square metre is 100g/。
Top layer and intermediate layer once fit engineering → maturation engineering → nexine and once laminating product carry out secondary laminating engineering → calendering engineering, prepare the present invention windproof fabric。Each composition of gained windproof fabric and performance are such as shown in table 1,3。
Wherein in laminating engineering, laminating type adopts discontinuous laminating, and fitting area ratio is 80%, and the concentration of mould release resin used is 6g/L;Maturation engineering be specially temperature 40 degree, humidity 70% constant temperature and humidity when place 48h carry out;Calendering processes and adopts the high temperature of 160 degree to carry out。
Embodiment 2
Top layer: 5 pieces of satin weaves, spandex content are the cotton/spandex spandex fabric woven fabric of 10%, the percentage elongation of this woven fabric warp-wise is 25%, elongation recovery percentage is 90%;The percentage elongation of broadwise is 40%, elongation recovery percentage is 65%;
Intermediate layer: polyurethane micro-porous film, is 120% through broadwise percentage elongation, grammes per square metre is 25g/;
Nexine: 100% terylene warp-knitted pile fabric, vertically and horizontally percentage elongation is 60%, grammes per square metre is 100g/。
Top layer and intermediate layer once fit engineering → maturation engineering → nexine and once laminating product carry out secondary laminating engineering → calendering engineering, the windproof fabric of the prepared present invention。Each composition of gained windproof fabric and performance are such as shown in table 1,3。
Wherein, in laminating engineering, laminating adopts discontinuous laminating, and fitting area ratio is 80%, and the concentration of mould release resin used is 10g/L;Maturation engineering be specially temperature 30 degree, humidity 70% constant temperature and humidity when place 48h carry out;Calendering processes and adopts the high temperature of 170 degree to carry out。
Embodiment 3
Top layer and intermediate layer are with embodiment 1;
Nexine: the weft-knitted knitted pile fabric of terylene 100%, horizontal percentage elongation is 40%, grammes per square metre is 80g/。
Top layer and intermediate layer once fit engineering → maturation engineering → nexine and once laminating product carry out secondary laminating engineering → calendering engineering, prepare windproof fabric。
Wherein, in laminating engineering, fitting area ratio is 65%, and all the other are with embodiment 2;Prepare the windproof fabric of the present invention。Each composition of gained windproof fabric and performance are such as shown in table 1,3。
Embodiment 4
Top layer and intermediate layer are with embodiment 2;
Nexine: the weft-knitted knitted pile fabric of terylene 100%, horizontal percentage elongation is 40%, grammes per square metre 80g/。
Top layer and intermediate layer once fit engineering → maturation engineering → nexine and once laminating product carry out secondary laminating engineering → calendering engineering, prepare windproof fabric。
Wherein in laminating engineering, laminating type adopts discontinuous laminating, and fitting area ratio is 65%, and the concentration of mould release resin used adopts 3g/L, maturation engineering be specially temperature 40 degree, humidity 70% constant temperature and humidity when place 36h and carry out;Calendering processes and adopts the high temperature of 160 degree to carry out。
Embodiment 5
Top layer and intermediate layer are with embodiment 1;
Nexine: acrylon/viscose glue warp-knitted pile fabric, vertical and horizontal percentage elongation is 40%, grammes per square metre 30g/。
Top layer and intermediate layer once fit engineering → maturation engineering → nexine and once laminating product carry out secondary laminating engineering → calendering engineering, prepare windproof fabric。
Wherein, in laminating engineering, fitting area ratio is 65%, and other conditions, with embodiment 1, prepare the windproof fabric of the present invention。Each composition of gained windproof fabric and performance are such as shown in table 1,3。
Embodiment 6
Top layer and intermediate layer are with embodiment 2;
Nexine is with embodiment 5。
Top layer and intermediate layer once fit engineering → maturation engineering → nexine and once laminating product carry out secondary laminating engineering → calendering engineering, prepare windproof fabric。
Wherein, in laminating engineering, fitting area ratio is 65%, and actual conditions, with embodiment 1, prepares the windproof fabric of the present invention。Each composition of gained windproof fabric and performance are such as shown in table 1,3。
Embodiment 7
Top layer: 2/1 twill-weave, spandex content are the polyester cotton/spandex latitude bullet woven fabric of 3%, the percentage elongation of this woven fabric broadwise is 30%, elongation recovery percentage is 80%;
Intermediate layer: polyurethane micro-porous film, is 80% through broadwise percentage elongation, grammes per square metre 5g/;
Nexine: terylene 100% warp-knitted pile fabric, in length and breadth the percentage elongation in direction be 60%, grammes per square metre 30g/。
Top layer and intermediate layer once fit engineering → maturation engineering → nexine and once laminating product carry out secondary laminating engineering → calendering engineering, prepare windproof fabric。
Wherein, in laminating engineering, fitting area ratio is 80%, and all the other conditions, with embodiment 1, prepare the windproof fabric of the present invention。Each composition of gained windproof fabric and performance are such as shown in table 1,3。
Embodiment 8
Top layer: 3/1 twill-weave, spandex content are the polyester cotton/spandex latitude bullet woven fabric of 3%, the percentage elongation 25% of this woven fabric broadwise, elongation recovery percentage 90%;
Intermediate layer: polyurethane micro-porous film, is 100% through broadwise percentage elongation, grammes per square metre 10g/;
Nexine: terylene 100% warp-knitted pile fabric, in length and breadth the percentage elongation in direction be 60%, grammes per square metre 60g/。
Top layer and intermediate layer once fit engineering → maturation engineering → nexine and once laminating product carry out secondary laminating engineering → calendering engineering, prepare windproof fabric。
Wherein, in laminating engineering, fitting area ratio is 90%, and all the other conditions, with embodiment 1, prepare the windproof fabric of the present invention。Each composition of gained windproof fabric and performance are such as shown in table 1,3。
Embodiment 9
Surface layer fabric: 3/1 twill-weave, spandex content are the polyester cotton/spandex latitude bullet woven fabric of 10%, the percentage elongation 40% of this woven fabric broadwise, elongation recovery percentage 65%;
Intermediate layer and nexine: with embodiment 8;
Top layer and intermediate layer once fit engineering → maturation engineering → nexine and once laminating product carry out secondary laminating engineering → calendering engineering, prepare windproof fabric。
Wherein, in laminating engineering, fitting area ratio is 90%, and all the other conditions, with embodiment 1, prepare the windproof fabric of the present invention。Each composition of gained windproof fabric and performance are such as shown in table 1,3。
Embodiment 10
Top layer and intermediate layer are with embodiment 8;
Nexine: the weft-knitted knitted pile fabric of acrylon/viscose glue, the percentage elongation in direction is 60% in length and breadth, grammes per square metre 60g/。
Top layer and intermediate layer once fit engineering → maturation engineering → nexine and once laminating product carry out secondary laminating engineering → calendering engineering, prepare windproof fabric。
Wherein, in laminating engineering, fitting area ratio is 80%, and all the other conditions, with embodiment 1, prepare the windproof fabric of the present invention。Each composition of gained windproof fabric and performance are such as shown in table 1,3。
Embodiment 11
Top layer and intermediate layer are with embodiment 9;
Nexine: the weft-knitted knitted pile fabric of acrylon/viscose glue, the percentage elongation in direction is 30% in length and breadth, and grammes per square metre is 30g/。
Top layer and intermediate layer once fit engineering → maturation engineering → nexine and once laminating product carry out secondary laminating engineering → calendering engineering, prepare windproof fabric。
Wherein, in laminating engineering, fitting area ratio is 80%, and all the other conditions, with embodiment 2, prepare the windproof fabric of the present invention。Each composition of gained windproof fabric and performance are such as shown in table 1,3。
Embodiment 12
Top layer and intermediate layer are with embodiment 9;
Nexine: the weft-knitted knitted pile fabric of acrylon/viscose glue, the percentage elongation in direction is 60% in length and breadth, grammes per square metre is 60g/。
Top layer and intermediate layer once fit engineering → maturation engineering → nexine and once laminating product carry out secondary laminating engineering → calendering engineering, prepare windproof fabric。
Wherein, in laminating engineering, fitting area ratio is 65%, and all the other conditions, with embodiment 1, prepare the windproof fabric of the present invention。Each composition of gained windproof fabric and performance are such as shown in table 1,3。
Embodiment 13
Top layer: 3/1 twill-weave, spandex content are the cotton/spandex latitude bullet woven fabric of 2%, and the percentage elongation of this woven fabric broadwise is 20%, and elongation recovery percentage is 85%;
Intermediate layer: polyurethane micro-porous film, is 80% through broadwise percentage elongation, grammes per square metre is 15g/;
Nexine: terylene warp-knitted pile fabric, the percentage elongation in direction is 60% in length and breadth, grammes per square metre is 100g/。
Top layer and intermediate layer once fit engineering → maturation engineering → nexine and once laminating product carry out secondary laminating engineering → calendering engineering, prepare windproof fabric。
Wherein, in laminating engineering, fitting area ratio is 90%, and all the other conditions, with embodiment 1, prepare the windproof fabric of the present invention。Each composition of gained windproof fabric and performance are as Table 2,3。
Embodiment 14
Top layer: 3/1 twill-weave, spandex content are the cotton/spandex latitude bullet woven fabric of 3%, the percentage elongation of broadwise is 25%, elongation recovery percentage is 85%;
Intermediate layer: with embodiment 13;
Nexine: terylene warp-knitted pile fabric, the percentage elongation in direction is 10% in length and breadth, grammes per square metre is 100g/。
Top layer and intermediate layer once fit engineering → maturation engineering → nexine and once laminating product carry out secondary laminating engineering → calendering engineering, prepare windproof fabric。
Wherein, in laminating engineering, fitting area ratio is 90%, and all the other conditions, with embodiment 1, prepare the windproof fabric of the present invention。Each composition of gained windproof fabric and performance are as Table 2,3。
Embodiment 15
Top layer: with embodiment 14;
Intermediate layer and nexine: with embodiment 13。
Top layer and intermediate layer once fit engineering → maturation engineering → nexine and once laminating product carry out secondary laminating engineering → calendering engineering, prepare windproof fabric。
Wherein, in laminating engineering, fitting area ratio is 60%, and all the other conditions, with embodiment 1, prepare the windproof fabric of the present invention。Each composition of gained windproof fabric and performance are as Table 2,3。
Embodiment 16
Top layer: with embodiment 14;
Intermediate layer: polyurethane micro-porous film, the percentage elongation of direction of warp and weft is 70%, grammes per square metre is 15g/;
Nexine: with embodiment 12。
Top layer and intermediate layer once fit engineering → maturation engineering → nexine and once laminating product carry out secondary laminating engineering → calendering engineering, prepare windproof fabric。
Wherein, in laminating engineering, fitting area ratio is 80%, and all the other conditions, with embodiment 1, prepare the windproof fabric of the present invention。Each composition of gained windproof fabric and performance are as Table 2,3。
Embodiment 17
Top layer: 3/1 twill-weave, spandex content are the cotton/spandex latitude bullet woven fabric of 12%, the percentage elongation of this woven fabric broadwise is 45%, elongation recovery percentage is 85%;
Intermediate layer and nexine: with embodiment 13。
Top layer and intermediate layer once fit engineering → maturation engineering → nexine and once laminating product carry out secondary laminating engineering → calendering engineering, prepare windproof fabric。
Wherein, in laminating engineering, fitting area ratio is 80%, and all the other conditions, with embodiment 1, prepare the windproof fabric of the present invention。Each composition of gained windproof fabric and performance are as Table 2,3。
Comparative example 1
Top layer: 3/1 twill-weave, spandex content are the pure cotton fabric of 0%;Other conditions, with embodiment 1, prepare three layers windproof fabric。Each composition of gained windproof fabric and performance are as Table 2,3。
Comparative example 2
Top layer: 5 pieces of satin weaves, spandex content are the polyester cotton fabric of 0%;
Intermediate layer: polyurethane micro-porous film, is 60% through broadwise percentage elongation, grammes per square metre is 30g/;
Nexine: 100% terylene fluffing warp knit thing, vertically and horizontally percentage elongation is 60%, grammes per square metre is 100g/。
Other conditions, with embodiment 2, prepare three layers windproof fabric。Each composition of gained windproof fabric and performance are as Table 2,3。
Comparative example 3
Top layer: with embodiment 14;
Intermediate layer and nexine: with embodiment 13。
Top layer and intermediate layer once fit engineering → maturation engineering → nexine and once laminating product carry out secondary laminating engineering → calendering engineering, prepare windproof fabric。
Wherein, in laminating engineering, fitting area ratio is 100%, and all the other conditions, with embodiment 1, prepare the windproof fabric of the present invention。Each composition of gained windproof fabric and performance are as Table 2,3。
Table 1
Table 2
Table 3

Claims (10)

1. a multilayer elastic windproof fabric, it is characterized in that: this fabric is three-decker, top layer is the stretch woven fabrics that formed of cotton/spandex or terylene/cotton/spandex, intermediate layer to be urethane resin film, nexine be 100% terylene or the knitted fabric that acrylon/viscose glue is formed, the laminating of top layer and intermediate layer, intermediate layer and nexine is discontinuous laminating mode。
2. multilayer elastic windproof fabric according to claim 1, is characterized in that: the fitting area ratio of described discontinuous laminating mode is 60%~99%。
3. multilayer elastic windproof fabric according to claim 1 or claim 2, is characterized in that: in described stretch woven fabrics, the content of spandex is 3%~10%。
4. multilayer elastic windproof fabric according to claim 1 or claim 2, is characterized in that: described urethane resin film is polyurethane resin micro-porous film。
5. multilayer elastic windproof fabric according to claim 1 or claim 2, is characterized in that: described nexine is compiled or warp knit thing for fluffing circle。
6. the production method of the multilayer elastic windproof fabric described in a claim 1, it is characterized in that: select the stretch woven fabrics that cotton/spandex or polyester cotton/spandex are formed as top layer, urethane resin film is as intermediate layer, the knitted fabric that 100% terylene or acrylon/viscose glue are formed, as nexine, forms the windproof fabric of three-decker by discontinuous laminating。
7. the production method of multilayer elastic windproof fabric according to claim 6, it is characterized in that: during described laminating, first adopt discontinuous laminating mode to be attached in top layer and intermediate layer, adopt discontinuous laminating mode to be attached intermediate layer and nexine again, and discontinuous laminating mode is point-like laminating type, fitting area ratio is 60%~99%。
8. the production method of the multilayer elastic windproof fabric according to claim 6 or 7, it is characterized in that: in described stretch woven fabrics, the content of spandex is 3%~10%, and in described stretch woven fabrics containing the percentage elongation in spandex one direction be 25%~40%, elongation recovery percentage be 65%~90%。
9. the production method of the multilayer elastic windproof fabric according to claim 6 or 7, is characterized in that: described urethane resin film is polyurethane resin micro-porous film, its through broadwise percentage elongation be 80%~120% and grammes per square metre be 5~25g/m2
10. the production method of the multilayer elastic windproof fabric according to claim 6 or 7, is characterized in that: described nexine for fluffing warp knit or circle compile thing, its vertically and horizontally percentage elongation be 40%~60% and grammes per square metre be 30~100g/m2
CN201410683715.1A 2014-11-25 2014-11-25 Multilayer elastic windproof fabric and production method thereof Pending CN105690929A (en)

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Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN109823010A (en) * 2019-03-28 2019-05-31 无锡泰伯服饰有限公司 A kind of Waterproof Breathable keeps warm PU composite material and its preparation process
WO2019210439A1 (en) * 2018-05-01 2019-11-07 Yao Juan Method for manufacturing nitrile viscose blended woven fabric

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WO2001054900A1 (en) * 2000-01-28 2001-08-02 3M Innovative Properties Company Extrusion bonded nonwoven/elastic laminate
CN202573138U (en) * 2012-05-03 2012-12-05 杭州笑雪服饰有限公司 Thermal fabric with honeycomb weave
CN202862695U (en) * 2012-06-29 2013-04-10 汕头市奥山服饰有限公司 Heat-insulation breathable fabric
CN103132328A (en) * 2011-11-28 2013-06-05 昆山市周市镇吉盛服装厂 Outdoor sports wear fabric

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CN1030801A (en) * 1987-06-24 1989-02-01 雷奥纳德丁.劳坦伯格 Waterproof, ventilative flexible laminated fabric
WO2001054900A1 (en) * 2000-01-28 2001-08-02 3M Innovative Properties Company Extrusion bonded nonwoven/elastic laminate
CN103132328A (en) * 2011-11-28 2013-06-05 昆山市周市镇吉盛服装厂 Outdoor sports wear fabric
CN202573138U (en) * 2012-05-03 2012-12-05 杭州笑雪服饰有限公司 Thermal fabric with honeycomb weave
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* Cited by examiner, † Cited by third party
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WO2019210439A1 (en) * 2018-05-01 2019-11-07 Yao Juan Method for manufacturing nitrile viscose blended woven fabric
CN109823010A (en) * 2019-03-28 2019-05-31 无锡泰伯服饰有限公司 A kind of Waterproof Breathable keeps warm PU composite material and its preparation process

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